Simulation of Peloids. 2007. [PUMA: Aluminiumoxide; Cluster; Clusterbildung; Computersimulation; DLVO-Theorie; Geologie; Kolloid; Molekulardynamik; Oberfl{\"a}chenladung; Scherung; Scherverd{\"u}nnung; Stabilit{\"a}t; Stabilit{\"a}tsdiagramm; Zeta-Potential; cell; charge diagram; dynamics; mechanics model; regulation rotation shear soil stability stochastic] URL
Electronic correlations versus lattice interactions: Interplay of charge and anion orders in (TMTTF)2X. Phys. Rev. B, (94)19:195125, American Physical Society, November 2016. [PUMA: (TMTTF)2X anion charge orders] URL
Anisotropic Charge Dynamics in the Spin-Liquid Candidate κ-(BEDT-TTF)2Cu2(CN)3. Phys. Rev. B, (90)19:195139, November 2014. [PUMA: charge dynamics]
Charge Order Breaks Magnetic Symmetry in Molecular Quantum Spin Chains. Advances in Condensed Matter Physics, (2012):398721, 2012. [PUMA: chains charge order spin] URL
Charge-density fluctuations probed by vibronic modes of K0.3MoO3. Physica B: Condensed Matter, (407)11:1823-1826, Elsevier BV, June 2012. [PUMA: charge density fluctuations] URL
Bandwidth Tuning Triggers Interplay of Charge Order and Superconductivity in Two-Dimensional Organic Materials. Phys. Rev. Lett., (105)20:206402, American Physical Society, November 2010. [PUMA: charge order superconductivity] URL
Evidence for charge order in organic superconductors obtained by vibrational spectroscopy. Physica B: Condensed Matter, (404)3-4:490-493, Elsevier BV, March 2009. [PUMA: charge order superconductors] URL
Crossover in charge transport from one-dimensional copper-oxygen chains to two-dimensional ladders in (La,Y)y(Sr,Ca)14-yCu24O41. Phys. Rev. B, (78)20:205105, American Physical Society, November 2008. [PUMA: chains charge copper-oxygen ladders transport] URL
Charge dynamics of κ-(BEDT-TTF)2CuN(CN)2Br0.4Cl0.6. Physica C: Superconductivity and its Applications, (460-462):645-646, Elsevier BV, September 2007. [PUMA: BEDT-TTF charge dynamics] URL
Pressure-induced deconfinement of the charge transport in the quasi-one-dimensional Mott insulator (TMTTF)2AsF6. Phys. Rev. B, (74)16:165118, American Physical Society, October 2006. [PUMA: Mott TMTTF charge insulator transport] URL
Magnetic and optical studies of spin and charge ordering in (TMTTF) 2AsF 6. J. Phys. IV France 114: 57, (114):57-60, 2004. [PUMA: TMTTF charge ordering spin]
Surface characterization and surface electronic structure of organic quasi-one-dimensional charge transfer salts. Phys. Rev. B, (67)12:125402, American Physical Society, March 2003. [PUMA: charge salts transfer] URL
Optical response of the sliding charge density wave in K0.3MoO3. J. Phys. IV France 12: 81, (12):81-82, 2002. [PUMA: charge density wave]
2,5-Dioxido-1,4-benzoquinonediimine (H2L2-), a hydrogen-bonding noninnocent bridging ligand related to aminated topaquinone: Different oxidation state distributions in complexes (bpy)2Ru2(m-H2L)n (n = 0 , +, 2+, 3+, 4+) and (acac)2Ru2(m-H2L)m (m = 2-, -, 0, +, 2+). Chemistry - A European Journal, (11)17:4901--4911, 2005. [PUMA: acac bond bridged bridging charge complex complex;crystal complex;electrochem complex;hydrogen complex;mixed complex;ruthenium dinuclear dioxidobenzoquinonediimine electrochem ligand prepn redox ruthenium structure transfer valence]
Tetrazine derived mononuclear RuII(acac)2(L) (1), RuII(bpy)2(L)(ClO4)2 (2) and RuII(bpy)(L)2(ClO4)2 (3) (L = 3-amino-6-(3,5-dimethylpyrazol-1-yl)-1,2,4,5-tetrazine, acac = acetylacetonate, bpy = 2,2'-bipyridine): Syntheses, structures, spectra and redox properties. Polyhedron, (24)2:333--342, 2005. [PUMA: acetylacetonate aminopyrazolyltetrazine bipyridine charge complex complex;crystal complex;electrochem complex;ruthenium luminescence redox ruthenium spectrum structure transfer]
The redox pair (μ4-TCNE)Fe(CO)2(C5H5)44+/3+: Surprisingly small metal-ligand interaction and the first resolved EPR hyperfine structure (13C, 14N, 57Fe) of a tetranuclear complex with TCNE-. Inorganic Chemistry Communications, (8)7:600--602, 2005. [PUMA: MLCT band bridged charge complex complex;EPR complex;metal complex;redox complex;tetracyanoethylene coordinated coupling cyclopentadienyl cyclopentadienyliron dicarbonyl hyperfine interaction iron ligand nitrogen potential prepn spectrum tetracyanoethylene tetranuclear transfer]
Charge and electron transfer from metal-to-carbon bonds of Main Group organometallics MRn (M = Al, Ga, Zn) to aromatic N-heterocycles: Colored precursor compounds and radical complex formation. Inorganica Chimica Acta, (225)1-2:23--34, 1994. [PUMA: Group aluminum bond carbon charge gallium metal organometallic organometallic;Main organometallic;heterocycle reaction transfer zinc]
Molecule-Bridged Mixed-Valent Intermediates Involving the RuI Oxidation State. Journal of the American Chemical Society, (126)45:14706--14707, 2004. [PUMA: UV arene areneruthenium azobispyridine bridged charge complex complex;redox complex;ruthenium dimer;EPR dimer;cyclic diruthenium iminomethylpyrazine mixed potential prepn spectra transfer transition valence voltammetry]
Organometallic Fe-Fe Interactions: Beyond Common Metal-Metal Bonds and Inverse Mixed-Valent Charge Transfer. Chemistry - A European Journal, (23)8:1770--1774, 2017. [PUMA: bond calcn;mol carbonyl charge complex crystal ferrocenyl iron mol optimized prepn;mixed redox spectroelectrochem structure transfer valent]
Spectroelectrochemical Characterization of the Two-Step Redox System (μ-pz)Os(CN)52n- (n = 4, 5, 6; pz = Pyrazine). Similarities and Differences in Relation to the Creutz-Taube System. Inorganic Chemistry, (37)2:311--316, 1998. [PUMA: charge cyano dinuclear dinuclear;electrochem dinuclear;osmium osmium oxidn prepn pyrazine spectra spectroelectrochem transfer]
New sulfide-bridged heterocubanes MVI(S)ReI3(CO)9(m3-S)4-, M = Mo or W, with transition metals in very different oxidation states. Chemical Communications (Cambridge, United Kingdom), 18:2055--2056, 1998. [PUMA: carbonyl charge heterocubane heterocubane;crystal heterocubane;cubane heterocubane;rhenium heterocubane;tungsten molybdenum potential prepn prepn;molybdenum prepn;redn prepn;structure rhenium structure sulfido sulfidorhenium transfer tungsten]
RuII(a-diimine) or RuIII(a-diimine·-)? Structural, Spectroscopic, and Theoretical Evidence for the Stabilization of a Prominent Metal-to-Ligand Charge-Transfer Excited-State Configuration in the Ground State. European Journal of Inorganic Chemistry, (2014)1:110--119, 2014. [PUMA: ESR acetylacetonato alpha charge complex configuration crystal diazabutadiene excited ground ligand metal mol pentanedionate prepn radical ruthenium spectroelectrochem;diimine state structure;stabilization transfer]
At the Borderline between Metal-Metal Mixed Valency and a Radical Bridge Situation: Four Charge States of a Diruthenium Complex with a Redox-Active Bis(mer-tridentate) Ligand. Inorganic Chemistry, (57)7:3983--3992, 2018. [PUMA: DFT active;ruthenium analysis bridge charge complex;mixed crystal diruthenium prepn radical redox ruthenium salicyloylhydrazide spectroelectrochem state structure tertbutylterpyridine valency]
Reactions of New Organoplatinum(II) and -(IV) Complexes of 1,4-Diaza-1,3-butadienes with Light and Electrons. Emission vs Photochemistry and the Electronic Structures of Ground, Reduced, Oxidized, and Low-Lying Charge-Transfer Excited States. Organometallics, (17)2:237--247, 1998. [PUMA: HF MO alkyl aryl charge chelate chelate;DAB chelate;diazabutadiene chelate;oxidized diazabutadiene excited low lying organoplatinum platinum prepn prepn;electronic reaction;DFT structure transfer]
Metal-induced tautomerization of p- to o-quinone compounds: Experimental evidence from CuI and ReI complexes of azophenine and DFT studies. Chemistry - A European Journal, (10)1:149--154, 2004. [PUMA: DFT azophenine charge complex copper crystal prepn rhenium structure;mol structure;tautomer transfer]
Qualitatively and quantitatively different solvatochromism of the MLCT and MMCT absorption bands of centrosymmetric acceptor-bridged diiron(II,II) and diiron(III,II) cyanide complexes. Inorganica Chimica Acta, (336):55--60, 2002. [PUMA: absorption charge complex cyano iron mixed solvatochromism transfer valence]
The 1,4-diazabutadiene/1,2-enediamido non-innocent ligand system in the formation of iridaheteroaromatic compounds: Spectroelectrochemistry and electronic structure. Journal of Organometallic Chemistry, (695)7:1052--1058, 2010. [PUMA: Frontier charge complex cyclopentadienyl electrochem electrochem;cyclopentadienyl enediamido iridium mol orbital;electronic oxidn structure transfer transition]
Spectroelectrochemical Characterization of the Two-Step Redox System (μ-pz)Os(CN)52n- (n = 4, 5, 6; pz = Pyrazine). Similarities and Differences in Relation to the Creutz-Taube System. Erratum to document cited in CA128:56656. Inorganic Chemistry, (37)20:5402, 1998. [PUMA: charge cyano dinuclear electrochem erratum erratum;cyano erratum;electrochem erratum;erratum erratum;oxidn erratum;transfer osmium oxidn prepn pyrazine pyrazine;osmium spectra spectroelectrochem transfer]
Colored complexes: The charge transfer phenomenon. Chemie in Unserer Zeit, (21)2:50--58, 1987. [PUMA: charge colored complex review transfer]
Charge-transfer and electron-transfer properties of d6 metal complexes with m-pyrazine. Mononuclear and binuclear manganese(I) compounds. Inorganic Chemistry, (25)4:498--506, 1986. [PUMA: charge complex complex;ESR complex;MO complex;cyclic complex;electron complex;redox manganese pyrazine transfer voltammetry]
Mononuclear bis(triphenylphosphine)copper(I) complexes of bidiazines. Zeitschrift fuer Naturforschung, B: A Journal of Chemical Sciences, (47)8:1057--1062, 1992. [PUMA: bidiazine bipyrazine bipyridazine bipyrimidine;redn charge complex complex;copper copper potential transfer]
The redox pair (μ4-TCNE)Fe(CO)2(C5H5)44+/3+: Surprisingly small metal-ligand interaction and the first resolved EPR hyperfine structure (13C, 14N, 57Fe) of a tetranuclear complex with TCNE-. Inorganic Chemistry Communications, (8)7:600--602, 2005. [PUMA: MLCT band bridged charge complex complex;EPR complex;metal complex;redox complex;tetracyanoethylene coordinated coupling cyclopentadienyl cyclopentadienyliron dicarbonyl hyperfine interaction iron ligand nitrogen potential prepn spectrum tetracyanoethylene tetranuclear transfer]
Stabilization of biochemically interesting intermediates by metal coordination. 6. Charge transfer in complexes of 1,3-dimethyllumazine with low-valent metals. Inorganic Chemistry, (28)26:4645--4648, 1989. [PUMA: charge complex complex;electrochem complex;ruthenium complex;transition lumazine lumazine;copper lumazine;rhenium metal redox transfer transition]
EPR Evidence for Low-Lying MLCT States in Tetracyanoiron and -ruthenium Complexes with Strongly p-Accepting Chelate Ligands. Comparison with Isoelectronic Tetracarbonylmetal Species. Inorganic Chemistry, (34)11:3093--3096, 1995. [PUMA: azobispyridine azobispyridine;ESR azobispyridine;electrochem bipyrazine charge complex;MLCT cyano cyano;iron iron redox ruthenium transfer]
Oxidation and reduction response of a-diimine complexes with tricarbonylrhenium halides and pseudohalides. Journal of Organometallic Chemistry, (751):678--685, 2014. [PUMA: DFT carbonyl charge complex crystal diazabutadiene diimine halide oxidn prepn pseudohalide redn rhenium spectroelectrochem structure transfer;rhenium]
Probing Mixed Valence in a New tppz-Bridged Diruthenium(III,II) Complex (μ-tppz)Ru(bik)Cl23+ (tppz = 2,3,5,6-Tetrakis(2-pyridyl)pyrazine, bik = 2,2'-Bis(1-methylimidazolyl)ketone): EPR Silence, Intervalence Absorption, and nCO Line Broadening. Inorganic Chemistry, (46)9:3736--3742, 2007. [PUMA: ESR IR UV charge electrochem methylimidazolylketone methylimidazolylketone;intervalence methylimidazolylketone;ruthenium mixed oxidn prepn pyridylpyrazine redn ruthenium transfer transition valent]
Replacement of 2,2'-Bipyridine by 1,4-Diazabutadiene Acceptor Ligands: Why the Bathochromic Shift for (NN̂)IrCl(C5Me5)+ Complexes but the Hypsochromic Shift for (NN̂)Ir(C5Me5)?. Inorganic Chemistry, (42)17:5185--5191, 2003. [PUMA: DFT HOMO LUMO bathochromic bipyridine cationic charge chloro complex complex;DFT cyclopentadienyl diazabutadiene hypsochromic interaction iridium shift;orbital transfer]
Substituent effects and perturbation of p-systems. XXXVI. tert-Butyl-, trimethylsilyl-, trimethylgermyl-, trimethylstannyl- and trimethylplumbyl-substituted benzene and naphthalene derivatives and their anion radicals. Chemische Berichte, (113)10:3221--3234, 1980. [PUMA: anion benzene charge deriv deriv;ESR deriv;energy deriv;radical deriv;redn germylbenzene naphthalene potential radical redox spectra stannylbenzene;photoelectron transfer]
Dinuclear and trinuclear organometallic complexes (ReS4)MCl(C5Me5), M = Rh, Ir, and (m-WS4)IrCl(C5Me5)2. Zeitschrift fuer Naturforschung, B: A Journal of Chemical Sciences, (56)9:940--946, 2001. [PUMA: charge crystal cyclopentadienyl dinuclear interaction iridium mol potential prepn redn rhodium structure structure;tetrathiotungstate tetrathiorhenate;electrochem tetrathiorhenate;tetrathiorhenate tetrathiotungstate transfer]
Tetranuclear osmium complexes of tetracyanoquinodimethane TCNQ, 2,2'-(cyclohexa-2,5-diene-1,4-diylidene)bis(propane-1,3-dinitrile) and 1,2,4,5-tetracyanobenzene (TCNB). Synthesis, spectroelectrochemistry and magnetism. Journal of the Chemical Society, Dalton Transactions: Inorganic Chemistry, 22:4455--4460, 1997. [PUMA: TCNB TCNQ charge complex complex;osmium intervalence magnetism magnetism;TCNQ osmium prepn spectroelectrochem spectroelectrochem;TCNB tetranuclear tetranuclear;magnetism transfer]
The nature of reduced and excited states of p-electron-deficient complexes between tricarbonylhalorhenium and diimine ligands. Inorganic Chemistry, (29)16:2909--2914, 1990. [PUMA: carbonyl charge configuration diimine dinuclear dinuclear;electrochem dinuclear;electron dinuclear;energy dinuclear;rhenium halo level redn rhenium transfer transition]
Extremely long-wavelength charge-transfer absorption of binuclear complexes with azo-modified 2,2'-bipyridyl ligands. Angewandte Chemie, (97)8:698--699, 1985. [PUMA: azodipyridine charge dipyridyltetrazine dipyridyltetrazine;molybdenum dipyridyltetrazine;ruthenium dipyridyltetrazine;transition dipyridyltetrazine;tungsten metal transfer;dipyridyltetrazine transfer;manganese transition]
2,5-Dioxido-1,4-benzoquinonediimine (H2L2-), a hydrogen-bonding noninnocent bridging ligand related to aminated topaquinone: Different oxidation state distributions in complexes (bpy)2Ru2(m-H2L)n (n = 0 , +, 2+, 3+, 4+) and (acac)2Ru2(m-H2L)m (m = 2-, -, 0, +, 2+). Chemistry - A European Journal, (11)17:4901--4911, 2005. [PUMA: acac bond bridged bridging charge complex complex;crystal complex;electrochem complex;hydrogen complex;mixed complex;ruthenium dinuclear dioxidobenzoquinonediimine electrochem ligand prepn redox ruthenium structure transfer valence]
Complexes with 2,2'-azobis(pyridine) and related 'S-frame' bridging ligands containing the azo function. Coordination Chemistry Reviews, (219-221):463--488, 2001. [PUMA: azobispyridine charge complex complex;structure intermediate metal review review;isomerism review;mixed review;oxidn review;radical review;review state transfer valence]
Charge transfer phenomena in transition metal sulfur chemistry. NATO ASI Series, Series 3: High Technology, (60)Transition Metal Sulphides:37--55, 1998. [PUMA: charge complex metal review sulfide transfer transition]
Photoelectron spectra and molecular properties. 77. Radical ions, XXIII. R2P and R2N substituted benzenes: Charge distribution in their cations, anions, and trianions. Chemische Berichte, (111)12:3843--3856, 1978. [PUMA: ESR aminobenzene;redn anion;ionization bisphosphinobenzene;spin charge coupling distribution phosphinoaminobenzene phosphinoaminobenzene;ESR phosphinoaminobenzene;photoelectron phosphinobenzene potential radical spectra]
Deprotonated p-phenylenediamines as noninnocent ligands. Metal-to-ligand spin transfer in the ground state and ligand-to-metal charge transfer in the lowest excited state of low-spin manganese(II) complexes. Inorganic Chemistry, (26)21:3596--3600, 1987. [PUMA: MO amide charge complex complex;ESR complex;electron complex;manganese configuration cyclopentadienylmanganese;deprotonation manganese phenylenediamine transfer]
A tale of two complexes, PtMen(RN=CHCH=NR) (n = 2 and n = 4, R = cyclohexyl): Why do PtII and PtIV complexes exhibit virtually identical redox behavior and colors?. Chemistry - A European Journal, (1)1:95--99, 1995. [PUMA: charge complex complex;EPR complex;MO complex;crystal complex;electrochem complex;mol complex;platinum diazabutadiene methyl platinum prepn property structure transfer]
Resonance Raman study of (h2-TCNE)M(CO)5 (M = Cr, W; TCNE = tetracyanoethene). Evidence for an olefin-complex $\rightarrow$ metallacyclopropane transition upon low-energy metal-to-ligand charge-transfer excitation. Journal of Organometallic Chemistry, (409)1-2:189--195, 1991. [PUMA: Raman Raman;charge Raman;chromium Raman;hybridization Raman;tungsten carbonyl carbonyltetracyanoethane charge chromium complex metal tetracyanoethane transfer transfer;cyanoethane tungsten]
What determines the solvatochromism of metal-to-ligand charge transfer transitions? A demonstration involving 17 tungsten carbonyl complexes. Journal of Organometallic Chemistry, (321)2:215--226, 1987. [PUMA: charge ligand metal solvatochromism transfer]
Tetrazine derived mononuclear RuII(acac)2(L) (1), RuII(bpy)2(L)(ClO4)2 (2) and RuII(bpy)(L)2(ClO4)2 (3) (L = 3-amino-6-(3,5-dimethylpyrazol-1-yl)-1,2,4,5-tetrazine, acac = acetylacetonate, bpy = 2,2'-bipyridine): Syntheses, structures, spectra and redox properties. Polyhedron, (24)2:333--342, 2005. [PUMA: acetylacetonate aminopyrazolyltetrazine bipyridine charge complex complex;crystal complex;electrochem complex;ruthenium luminescence redox ruthenium spectrum structure transfer]
Space Charge Formation in Insulating Liquids under DC Stresses. 2014. [PUMA: Charge DC Formation Insulating Liquids Space Stresses]
Comparison between Electrical and UHF PD Measurement concerning Calibration and Sensitivity for Power Transformers. 2014. [PUMA: (PD) Apparent Calibration Charge Discharge Partial Power Sensitivity Transformer UHF] URL
Accumulation of surface charges on the particle contaminated spacer surface in compressed gas under impulse voltage stress. Journal of Electrostatics, 1-19, 2004. [PUMA: Charge Gas Partial Space Spacer Streamer Sulphurhexafluoride Surface accumulation discharges insulating systems]
Tetrazine derived mononuclear RuII(acac)2(L) (1), RuII(bpy)2(L)(ClO4)2 (2) and RuII(bpy)(L)2(ClO4)2 (3) (L = 3-amino-6-(3,5-dimethylpyrazol-1-yl)-1,2,4,5-tetrazine, acac = acetylacetonate, bpy = 2,2'-bipyridine): Syntheses, structures, spectra and redox properties. Polyhedron, (24)2:333--342, 2005. [PUMA: acetylacetonate aminopyrazolyltetrazine bipyridine charge complex complex;crystal complex;electrochem complex;ruthenium luminescence redox ruthenium spectrum structure transfer]
What determines the solvatochromism of metal-to-ligand charge transfer transitions? A demonstration involving 17 tungsten carbonyl complexes. Journal of Organometallic Chemistry, (321)2:215--226, 1987. [PUMA: charge ligand metal solvatochromism transfer]
Resonance Raman study of (h2-TCNE)M(CO)5 (M = Cr, W; TCNE = tetracyanoethene). Evidence for an olefin-complex $\rightarrow$ metallacyclopropane transition upon low-energy metal-to-ligand charge-transfer excitation. Journal of Organometallic Chemistry, (409)1-2:189--195, 1991. [PUMA: Raman Raman;charge Raman;chromium Raman;hybridization Raman;tungsten carbonyl carbonyltetracyanoethane charge chromium complex metal tetracyanoethane transfer transfer;cyanoethane tungsten]
A tale of two complexes, PtMen(RN=CHCH=NR) (n = 2 and n = 4, R = cyclohexyl): Why do PtII and PtIV complexes exhibit virtually identical redox behavior and colors?. Chemistry - A European Journal, (1)1:95--99, 1995. [PUMA: charge complex complex;EPR complex;MO complex;crystal complex;electrochem complex;mol complex;platinum diazabutadiene methyl platinum prepn property structure transfer]
Deprotonated p-phenylenediamines as noninnocent ligands. Metal-to-ligand spin transfer in the ground state and ligand-to-metal charge transfer in the lowest excited state of low-spin manganese(II) complexes. Inorganic Chemistry, (26)21:3596--3600, 1987. [PUMA: MO amide charge complex complex;ESR complex;electron complex;manganese configuration cyclopentadienylmanganese;deprotonation manganese phenylenediamine transfer]
Photoelectron spectra and molecular properties. 77. Radical ions, XXIII. R2P and R2N substituted benzenes: Charge distribution in their cations, anions, and trianions. Chemische Berichte, (111)12:3843--3856, 1978. [PUMA: ESR aminobenzene;redn anion;ionization bisphosphinobenzene;spin charge coupling distribution phosphinoaminobenzene phosphinoaminobenzene;ESR phosphinoaminobenzene;photoelectron phosphinobenzene potential radical spectra]
Charge transfer phenomena in transition metal sulfur chemistry. NATO ASI Series, Series 3: High Technology, (60)Transition Metal Sulphides:37--55, 1998. [PUMA: charge complex metal review sulfide transfer transition]
Complexes with 2,2'-azobis(pyridine) and related 'S-frame' bridging ligands containing the azo function. Coordination Chemistry Reviews, (219-221):463--488, 2001. [PUMA: azobispyridine charge complex complex;structure intermediate metal review review;isomerism review;mixed review;oxidn review;radical review;review state transfer valence]
2,5-Dioxido-1,4-benzoquinonediimine (H2L2-), a hydrogen-bonding noninnocent bridging ligand related to aminated topaquinone: Different oxidation state distributions in complexes (bpy)2Ru2(m-H2L)n (n = 0 , +, 2+, 3+, 4+) and (acac)2Ru2(m-H2L)m (m = 2-, -, 0, +, 2+). Chemistry - A European Journal, (11)17:4901--4911, 2005. [PUMA: acac bond bridged bridging charge complex complex;crystal complex;electrochem complex;hydrogen complex;mixed complex;ruthenium dinuclear dioxidobenzoquinonediimine electrochem ligand prepn redox ruthenium structure transfer valence]
Extremely long-wavelength charge-transfer absorption of binuclear complexes with azo-modified 2,2'-bipyridyl ligands. Angewandte Chemie, (97)8:698--699, 1985. [PUMA: azodipyridine charge dipyridyltetrazine dipyridyltetrazine;molybdenum dipyridyltetrazine;ruthenium dipyridyltetrazine;transition dipyridyltetrazine;tungsten metal transfer;dipyridyltetrazine transfer;manganese transition]
The nature of reduced and excited states of p-electron-deficient complexes between tricarbonylhalorhenium and diimine ligands. Inorganic Chemistry, (29)16:2909--2914, 1990. [PUMA: carbonyl charge configuration diimine dinuclear dinuclear;electrochem dinuclear;electron dinuclear;energy dinuclear;rhenium halo level redn rhenium transfer transition]
Tetranuclear osmium complexes of tetracyanoquinodimethane TCNQ, 2,2'-(cyclohexa-2,5-diene-1,4-diylidene)bis(propane-1,3-dinitrile) and 1,2,4,5-tetracyanobenzene (TCNB). Synthesis, spectroelectrochemistry and magnetism. Journal of the Chemical Society, Dalton Transactions: Inorganic Chemistry, 22:4455--4460, 1997. [PUMA: TCNB TCNQ charge complex complex;osmium intervalence magnetism magnetism;TCNQ osmium prepn spectroelectrochem spectroelectrochem;TCNB tetranuclear tetranuclear;magnetism transfer]
Dinuclear and trinuclear organometallic complexes (ReS4)MCl(C5Me5), M = Rh, Ir, and (m-WS4)IrCl(C5Me5)2. Zeitschrift fuer Naturforschung, B: A Journal of Chemical Sciences, (56)9:940--946, 2001. [PUMA: charge crystal cyclopentadienyl dinuclear interaction iridium mol potential prepn redn rhodium structure structure;tetrathiotungstate tetrathiorhenate;electrochem tetrathiorhenate;tetrathiorhenate tetrathiotungstate transfer]
Substituent effects and perturbation of p-systems. XXXVI. tert-Butyl-, trimethylsilyl-, trimethylgermyl-, trimethylstannyl- and trimethylplumbyl-substituted benzene and naphthalene derivatives and their anion radicals. Chemische Berichte, (113)10:3221--3234, 1980. [PUMA: anion benzene charge deriv deriv;ESR deriv;energy deriv;radical deriv;redn germylbenzene naphthalene potential radical redox spectra stannylbenzene;photoelectron transfer]
Replacement of 2,2'-Bipyridine by 1,4-Diazabutadiene Acceptor Ligands: Why the Bathochromic Shift for (NN̂)IrCl(C5Me5)+ Complexes but the Hypsochromic Shift for (NN̂)Ir(C5Me5)?. Inorganic Chemistry, (42)17:5185--5191, 2003. [PUMA: DFT HOMO LUMO bathochromic bipyridine cationic charge chloro complex complex;DFT cyclopentadienyl diazabutadiene hypsochromic interaction iridium shift;orbital transfer]
Probing Mixed Valence in a New tppz-Bridged Diruthenium(III,II) Complex (μ-tppz)Ru(bik)Cl23+ (tppz = 2,3,5,6-Tetrakis(2-pyridyl)pyrazine, bik = 2,2'-Bis(1-methylimidazolyl)ketone): EPR Silence, Intervalence Absorption, and nCO Line Broadening. Inorganic Chemistry, (46)9:3736--3742, 2007. [PUMA: ESR IR UV charge electrochem methylimidazolylketone methylimidazolylketone;intervalence methylimidazolylketone;ruthenium mixed oxidn prepn pyridylpyrazine redn ruthenium transfer transition valent]
Oxidation and reduction response of a-diimine complexes with tricarbonylrhenium halides and pseudohalides. Journal of Organometallic Chemistry, (751):678--685, 2014. [PUMA: DFT carbonyl charge complex crystal diazabutadiene diimine halide oxidn prepn pseudohalide redn rhenium spectroelectrochem structure transfer;rhenium]
EPR Evidence for Low-Lying MLCT States in Tetracyanoiron and -ruthenium Complexes with Strongly p-Accepting Chelate Ligands. Comparison with Isoelectronic Tetracarbonylmetal Species. Inorganic Chemistry, (34)11:3093--3096, 1995. [PUMA: azobispyridine azobispyridine;ESR azobispyridine;electrochem bipyrazine charge complex;MLCT cyano cyano;iron iron redox ruthenium transfer]
Stabilization of biochemically interesting intermediates by metal coordination. 6. Charge transfer in complexes of 1,3-dimethyllumazine with low-valent metals. Inorganic Chemistry, (28)26:4645--4648, 1989. [PUMA: charge complex complex;electrochem complex;ruthenium complex;transition lumazine lumazine;copper lumazine;rhenium metal redox transfer transition]
The redox pair (μ4-TCNE)Fe(CO)2(C5H5)44+/3+: Surprisingly small metal-ligand interaction and the first resolved EPR hyperfine structure (13C, 14N, 57Fe) of a tetranuclear complex with TCNE-. Inorganic Chemistry Communications, (8)7:600--602, 2005. [PUMA: MLCT band bridged charge complex complex;EPR complex;metal complex;redox complex;tetracyanoethylene coordinated coupling cyclopentadienyl cyclopentadienyliron dicarbonyl hyperfine interaction iron ligand nitrogen potential prepn spectrum tetracyanoethylene tetranuclear transfer]
Mononuclear bis(triphenylphosphine)copper(I) complexes of bidiazines. Zeitschrift fuer Naturforschung, B: A Journal of Chemical Sciences, (47)8:1057--1062, 1992. [PUMA: bidiazine bipyrazine bipyridazine bipyrimidine;redn charge complex complex;copper copper potential transfer]
Charge-transfer and electron-transfer properties of d6 metal complexes with m-pyrazine. Mononuclear and binuclear manganese(I) compounds. Inorganic Chemistry, (25)4:498--506, 1986. [PUMA: charge complex complex;ESR complex;MO complex;cyclic complex;electron complex;redox manganese pyrazine transfer voltammetry]
Colored complexes: The charge transfer phenomenon. Chemie in Unserer Zeit, (21)2:50--58, 1987. [PUMA: charge colored complex review transfer]
Spectroelectrochemical Characterization of the Two-Step Redox System (μ-pz)Os(CN)52n- (n = 4, 5, 6; pz = Pyrazine). Similarities and Differences in Relation to the Creutz-Taube System. Erratum to document cited in CA128:56656. Inorganic Chemistry, (37)20:5402, 1998. [PUMA: charge cyano dinuclear electrochem erratum erratum;cyano erratum;electrochem erratum;erratum erratum;oxidn erratum;transfer osmium oxidn prepn pyrazine pyrazine;osmium spectra spectroelectrochem transfer]
The 1,4-diazabutadiene/1,2-enediamido non-innocent ligand system in the formation of iridaheteroaromatic compounds: Spectroelectrochemistry and electronic structure. Journal of Organometallic Chemistry, (695)7:1052--1058, 2010. [PUMA: Frontier charge complex cyclopentadienyl electrochem electrochem;cyclopentadienyl enediamido iridium mol orbital;electronic oxidn structure transfer transition]
Qualitatively and quantitatively different solvatochromism of the MLCT and MMCT absorption bands of centrosymmetric acceptor-bridged diiron(II,II) and diiron(III,II) cyanide complexes. Inorganica Chimica Acta, (336):55--60, 2002. [PUMA: absorption charge complex cyano iron mixed solvatochromism transfer valence]
Metal-induced tautomerization of p- to o-quinone compounds: Experimental evidence from CuI and ReI complexes of azophenine and DFT studies. Chemistry - A European Journal, (10)1:149--154, 2004. [PUMA: DFT azophenine charge complex copper crystal prepn rhenium structure;mol structure;tautomer transfer]
Reactions of New Organoplatinum(II) and -(IV) Complexes of 1,4-Diaza-1,3-butadienes with Light and Electrons. Emission vs Photochemistry and the Electronic Structures of Ground, Reduced, Oxidized, and Low-Lying Charge-Transfer Excited States. Organometallics, (17)2:237--247, 1998. [PUMA: HF MO alkyl aryl charge chelate chelate;DAB chelate;diazabutadiene chelate;oxidized diazabutadiene excited low lying organoplatinum platinum prepn prepn;electronic reaction;DFT structure transfer]
At the Borderline between Metal-Metal Mixed Valency and a Radical Bridge Situation: Four Charge States of a Diruthenium Complex with a Redox-Active Bis(mer-tridentate) Ligand. Inorganic Chemistry, (57)7:3983--3992, 2018. [PUMA: DFT active;ruthenium analysis bridge charge complex;mixed crystal diruthenium prepn radical redox ruthenium salicyloylhydrazide spectroelectrochem state structure tertbutylterpyridine valency]
RuII(a-diimine) or RuIII(a-diimine·-)? Structural, Spectroscopic, and Theoretical Evidence for the Stabilization of a Prominent Metal-to-Ligand Charge-Transfer Excited-State Configuration in the Ground State. European Journal of Inorganic Chemistry, (2014)1:110--119, 2014. [PUMA: ESR acetylacetonato alpha charge complex configuration crystal diazabutadiene excited ground ligand metal mol pentanedionate prepn radical ruthenium spectroelectrochem;diimine state structure;stabilization transfer]
New sulfide-bridged heterocubanes MVI(S)ReI3(CO)9(m3-S)4-, M = Mo or W, with transition metals in very different oxidation states. Chemical Communications (Cambridge, United Kingdom), 18:2055--2056, 1998. [PUMA: carbonyl charge heterocubane heterocubane;crystal heterocubane;cubane heterocubane;rhenium heterocubane;tungsten molybdenum potential prepn prepn;molybdenum prepn;redn prepn;structure rhenium structure sulfido sulfidorhenium transfer tungsten]
Spectroelectrochemical Characterization of the Two-Step Redox System (μ-pz)Os(CN)52n- (n = 4, 5, 6; pz = Pyrazine). Similarities and Differences in Relation to the Creutz-Taube System. Inorganic Chemistry, (37)2:311--316, 1998. [PUMA: charge cyano dinuclear dinuclear;electrochem dinuclear;osmium osmium oxidn prepn pyrazine spectra spectroelectrochem transfer]
Organometallic Fe-Fe Interactions: Beyond Common Metal-Metal Bonds and Inverse Mixed-Valent Charge Transfer. Chemistry - A European Journal, (23)8:1770--1774, 2017. [PUMA: bond calcn;mol carbonyl charge complex crystal ferrocenyl iron mol optimized prepn;mixed redox spectroelectrochem structure transfer valent]
Molecule-Bridged Mixed-Valent Intermediates Involving the RuI Oxidation State. Journal of the American Chemical Society, (126)45:14706--14707, 2004. [PUMA: UV arene areneruthenium azobispyridine bridged charge complex complex;redox complex;ruthenium dimer;EPR dimer;cyclic diruthenium iminomethylpyrazine mixed potential prepn spectra transfer transition valence voltammetry]
Charge and electron transfer from metal-to-carbon bonds of Main Group organometallics MRn (M = Al, Ga, Zn) to aromatic N-heterocycles: Colored precursor compounds and radical complex formation. Inorganica Chimica Acta, (225)1-2:23--34, 1994. [PUMA: Group aluminum bond carbon charge gallium metal organometallic organometallic;Main organometallic;heterocycle reaction transfer zinc]